God Particle or Higgs Boson or "Gravity-Particle"
found!
On September 10, 2008 was started in CERN institute the LHC, i.e. the Large Hadron
Collider which is supposed to simulate situation which existed just after the 'Big Bang'.
Many scientists hope it will find the theoretical but yet undiscovered 'Higgs boson' also
known as the 'God Particle'. The problem is that these scientists think of the Universe in
Euclidian-geometry terms, and don't realize that the 'God Particle' is in reality space
curvature. It is here, one does not have to look for it because it does not exist as a
'particle' but it is the space curvature of the non-Euclidian geometry which causes
gravity. The Multi-Level Cosmology explains it further.
Peter Higgs came up with his theory which predict the existence of this
"gravity-particle" around 1964. On the other hand, Stephen Hawkins rejects the
existence of the "gravity particle". Only extensive experiments with the LHC can
decide who is closer to the truth. Without insulting or belittling the contribution of
both of these Physicists, read further and consider the Multi-Level Cosmology, which not
only explains the existence of the macro-universe but also explains the sub-atomic
universe.
Multi-Level Cosmology
In 1984 Mark Hucko proposed an alternate cosmological theory, the so-called Multi-Level
Universe theory. This theory takes into account the expansion of our level of the
universe, which many believe to be the only one, as well as the beginning of our level of
the universe, usually referred to as the big bang.
According to the Multi-Level Universe theory, higher (outer) levels of the universe keep
falling into lower (inner) levels and so on at infinitum. According to Hucko the matter
that keeps falling into a black hole appears to be falling into (disappearing into) an
infinitely small and dense place - however, viewed from the inside of the black-hole,
there is another perspective.
From the viewpoint of an observer inside the black hole, the point of creation of the
black hole (the creation of singularity and of the event horizon) appears as a big bang,
as the beginning of his level of the universe. And all the matter falling into his (inner)
level, from the higher (outer) level, expands his universe. And as long as more matter
keeps on falling into his (inner)level of the universe from a higher (outer) level of the
universe, his level keeps on expanding. As his level gets bigger, it starts losing matter
into black holes within, i.e. into other even lower levels of the universe. At a point
when the amount of matter falling into his level from a higher level equals to the amount
of matter which his level loses to lower levels, his level of the universe stops
expanding. When the amount of matter lost to lower levels (through falling into black
holes within) exceeds the amount of matter falling in from the higher (outer) level, his
level of the universe starts collapsing.
According to Mark Hucko, space, matter, energy and time, SMET for short, cannot exist one
without the other. They are in fact different aspects of the same thing: SMET. So the more
matter falls into a black hole, with that matter falling into that black hole, falls
inside also the appropriate amount of energy, space and time. This means that the more
matter falls in (accompanied by space) from the viewpoint of the internal observer, his
level of the universe keeps getting bigger. While for us black holes appear to be
infinitely dense for an internal observer they appear infinitely large and empty, just an
empty expanding space.
Why Multi-Level Universe?
The main problem with Big-Bang, Steady-State and similar one-level cosmological models is
that they fail to explain such phenomena as the expansion of the universe, the beginning
and the possible end of the universe, the initial big explosion etc. There are various
inadequate explanations. Multi-Level model of the Universe is the only model which doesn't
have any problem with big-bang, expansion of the Universe, shrinking of the Universe, end
of (our level of) the Universe, black holes, quasars and other similar phenomena.
Multi-Level cosmological theory views our "Universe" simply as one level of a
multi-level universe, and for an external observer as one black hole in his (higher/outer)
level of the Universe. Whether we view it as a black-hole or as a Universe full of other
black holes depends on the position of the observer. For an observer in a higher (outer)
level of the Universe, our Universe appears as a black hole: infinitely small, infinitely
dense, into which keeps falling more and more matter, escaping from his (higher/outer)
level of the universe. And this black-hole, i.e. our level of the universe, had it's
beginning, in the viewpoint of the observer in the higher (outer) level of the universe,
when huge mass of matter became critically big and dense that it had created this black
hole, for example in centers of their galaxies.
For an internal observer, in our level of the universe, the point at which our level of
the universe had been created, i.e. at which our black-hole had been created, appears as
the big-bang. The collapse of the matter into our black hole and the creation of the event
horizon (as seen by the external observer), appears to us, the internal observers, as a
big bang, as a huge explosion, as a huge expansion.
Why? The beginning of the black hole, when light (and space, matter, energy and time =
SMET) loses it's ability to go back and interact in normal manner with the higher level is
a point at which this SMET inside the black hole creates it's own rules. Under these rules
the space, which is one of the aspects of SMET (space-matter-energy...) belonging to the
matter inside the black hole displays itself to the internal observer. Since, after the
creation of the event horizon, this huge amount of space trapped inside the black hole is
no longer the subject to the rules of the higher (outer) level of the universe, it
displays itself to the internal observer. And this display of space (one aspect of SMET)
to the internal observer appears as a space-explosion. So we should no longer define the
big-bang as an explosion of matter, but as an explosion of space.
In any level of the universe a big star contains not only a lot of matter and appears to
be heavy, but contains also a lot of space which is one of the aspects of matter (SMET)
and which cannot be separate and exist separately from matter. This concentration of space
inside a star can be measured as a space curvature. However when the star gets so big and
so dense that it becomes a black hole, the space trapped in this star now displays itself
to the internal observer (within that black hole), as a big-bang, i.e. as space explosion.
As more and more matter keeps falling into the black hole, for an observer inside that
black hole it appears that his level of the universe keeps expanding, because together
with the falling matter falls into the black hole also the appropriate amount of space,
which is an inseparable aspect of matter (SMET).
Singularity
The theoretically infinite density of matter in zero volume (zero space) is achieved when
the gravitational forces in a soon-to-be black-hole reach a critical mass. Upon reaching
of the critical mass, the superdense body in our level of the universe turns into a black
hole and in fact disappears from our level of the universe behind its event horizon. What
is observed as a disappearance in our level of the universe, from inside that newly born
black hole is observed as a big bang, as the beginning of a new level of the universe. So
singularity is being achieved in our level of the universe many times, and each time the
matter reaches singularity it disappears behind the event-horizon of a newly born
black-hole, i.e. a new, lower level of the universe. It appears likely that with
progression of time all the black-holes within our level of the universe will eventually
fuse together, i.e. fall into the largest black hole within our level. And it also appears
likely that this dominant black hole in our level of the universe, this
"mother-black-hole", will eventually swallow not only all the matter, all the
stars, galaxies and black holes in our level, but also our entire level of the universe.
Accelerating expansion of our level of the universe
Unlike flat, one-level cosmological models (big-bang, steady-state, pulsating...), the
apparent acceleration of the expansion of the universe is expected and can be easily
explained by the multi-level theory. According to the multi-level cosmological theory our
"universe" is simply one level of a multi-level universe. The acceleration of
the expansion of our level of the universe can be easily explained by the accelerating
amount of space-matter-energy-time (SMET) falling into our level from a higher (outer)
level of the universe. In fact this observable acceleration gives the multi-level
cosmological theory more credence than to one-level cosmologies. Multi-Level Cosmology
doesn't deny the big-bang, it only explains it in a different manner, from a viewpoint of
a multi-level universe.
Contrary to one-level cosmologies, which must invent special, unexplainable and mysterious
elements and forces to explain their inconsistencies, i.e. the "dark energy",
"dark matter" or the "cosmological constant", the multi-level
cosmology doesn't need any such "mysterious" energies and explanations.
According to the multi-level theory the accelerating expansion of our level of the
universe can be easily explained by the accelerating amount of space-matter-energy-time
(SMET) falling into our level of the universe from a higher level. In fact these
inconsistencies of the traditional one-level cosmologies give additional credibility to
the multi-level cosmology. |
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Pictures from CERN and LHC.


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